Waste generated due to mining activity poses a serious issue due to the large amounts
generated, even up to 65 billion tons per year, and is often associated with the risk posed by …

Acid mine wastewater, a major aquatic pollution, significantly impacts water, soils,
ecosystems, and human health, drawing considerable research attention. Despite its …

In the last few years, the mining and metallurgy industry has made concerted efforts to
improve waste management through a byproduct recovery strategy, mainly focusing on …

To investigate the effect of Fe (II/III) doping on the microscopic mechanism of methylamine
salt hydrophobic modifiers on kaolinite surfaces, the adsorption characteristics of various …

Both biological sulfate reduction process and sulfur reduction process are attractive
technologies for metal-laden wastewater treatment. However, the acidity stress of metal …

Metal sulfide precipitation is a viable technology for high-yield metal recovery from
hydrometallurgical streams, with the potential to streamline the process design. A single …

Oxadiazole-thione compounds include the conjugated N-, O-and S-donor atoms and
possess special metal-chelating properties. In the paper, an alkyl oxadiazole-thione …

The effects of stormwater discharges on receiving aquatic environments and the need for
their purification were highlighted by an EU court in May 2020. The ruling stated the need for …

Electrodialysis (ED) could concentrate salt solutions, but the leakage of H+ ions across the
anion-exchange membrane (AEM) obstructed their application in waste acid recovery …

Acid mine drainage (AMD) stands as a prevalent environmental challenge across numerous
mining sites, often addressed through the high-density sludge (HDS) process, a typical …